Successful Application Of RFID Logistics Tracking System In A Stamping Workshop

- May 14, 2018-

Application case highlights

Different types of vehicles, different components, and shelves used for transfer are different. The application system solves the problems of a wide variety of types of shelves and different structures in the press shop, and realizes standardization of shelf label installation, standardization of acquisition equipment deployment, and standardization of operation procedures. The goal of management is to achieve seamless integration of RFID technology without changing the original operating procedures.

Successful Application of RFID Logistics Tracking System in a Stamping Workshop

Due to its own business characteristics and unique technological process, the stamping workshop has no more applicable and referenced application cases based on RFID technology's logistics tracking system. The project overcomes these problems during implementation and meets the application requirements of the project. , providing a good reference for RFID applications of the same type;

The manufacturing system imposes near-stringent requirements on the reliability of information technology, and the recognition rate of over 95% that RFID consistently guarantees is unacceptable. Ford's stamping shop logistics tracking system locates 99.99% of RFID during the project initiation phase. The recognition rate, which is always used as a guideline throughout the entire project implementation phase, ultimately achieves a recognition rate of nearly 100% upon on-line through comprehensive technologies such as hardware selection, program design, software architecture, and system redundancy. Consensus with the user's side.

Successful Application of RFID Logistics Tracking System in a Stamping Workshop

Case Introduction

According to the actual demand investigation in the press shop, the construction of the logistic workshop logistics tracking system based on RFID technology includes the offline subsystem, the inbound subsystem, and the outbound subsystem. The network topology structure is shown in the figure below.

Successful Application of RFID Logistics Tracking System in a Stamping Workshop

Offline system

The offline station fills the stamped parts with the shelves, and starts the turntable to rotate to the operable end of the forklift. After the forklift picks up the shelves of the equipment parts, it will exit the storage operation. In the process of withdrawal, the RFID tag will enter the readable area of the collection point of the offline station. The reader will read the RFID tag information on the shelf and transmit the information to the back-end system. The back-end system will complete the batch. Stamping parts and chip information to complete the establishment of basic data.

Successful Application of RFID Logistics Tracking System in a Stamping Workshop

Outbound storage system

Forklifts carry out the storage and storage of shelves. When passing through the gate of the warehouse, RFID readers read the electronic chip information of all racks on the forklift and upload them to the back-end system. The back-end system obtains the bound parts information according to the electronic tag information. , and complete the corresponding materials out of the storage process, and update the inventory in real time.

Successful Application of RFID Logistics Tracking System in a Stamping Workshop

Inventory

The use of RFID handheld devices, according to the region to download real-time inventory of warehouse information, by the staff holding handheld devices, followed by the logistics channels in the warehouse, and the inventory of the shelves on both sides of the information, to complete the statistical data and the actual inventory of data checks.